def test_extraction_interception(self):
"""
Intercepted extraction does not change corporation assets
"""
begin_assets_target = self.eo.target_corporation.assets
begin_assets_kidnapper = self.eo.kidnapper_corporation.assets
po = ProtectionOrder(
player=self.p,
protected_corporation=self.c,
defense=ProtectionOrder.EXTRACTION,
hidden_percents=10,
)
po.save()
self.eo.additional_percents = 10
self.eo.save()
self.eo.resolve()
self.assertEqual(
self.reload(self.eo.target_corporation).assets,
begin_assets_target)
self.assertEqual(
self.reload(self.eo.kidnapper_corporation).assets,
begin_assets_kidnapper)
def test_get_protection_values(self):
"""
Protection values should include Protection runs.
"""
dso = DataStealOrder(
stealer_corporation=self.c2,
player=self.p,
target_corporation=self.c,
additional_percents=7,
)
dso.save()
self.assertEqual(dso.get_protection_values(),
[dso.target_corporation.base_corporation.datasteal])
po = ProtectionOrder(
player=self.p,
protected_corporation=self.c,
defense=ProtectionOrder.DATASTEAL,
hidden_percents=10,
)
po.save()
self.assertEqual(dso.get_protection_values(), [
po.get_success_probability(),
dso.target_corporation.base_corporation.datasteal
])
def test_mdc_CCIB_line_negative_effects(self):
"""
Test what happens when the CCIB party line is chosen to players who voted for transparency
"""
self.set_turn_line(MDCVoteOrder.CCIB, MDCVoteOrder.CCIB,
MDCVoteOrder.TRAN)
self.g.resolve_current_turn()
# Player 3 has voted transparency, so he shouldn't be able to have a protection run
po = ProtectionOrder(
player=self.p3,
protected_corporation=self.c,
defense=ProtectionOrder.SABOTAGE,
)
self.assertRaises(OrderNotAvailable, po.clean)
# Player 1 still can
po2 = ProtectionOrder(
player=self.p,
protected_corporation=self.c,
defense=ProtectionOrder.SABOTAGE,
)
po2.clean()
def test_has_base_value(self):
"""
Protection has defaut protection values
"""
po = ProtectionOrder(
player=self.p,
protected_corporation=self.c,
defense=ProtectionOrder.DATASTEAL,
additional_percents=1,
)
po.save()
self.assertEqual(
po.get_success_probability(), po.additional_percents * 10 +
po.BASE_SUCCESS_PROBABILITY[po.defense])
def test_protection_run_task(self):
"""
Check the task solves the run
"""
po = ProtectionOrder(
player=self.p,
protected_corporation=self.c,
defense=ProtectionOrder.SABOTAGE,
)
po.clean()
po.save()
po.additional_percents = 10
po.save()
self.g.resolve_current_turn()
self.assertEqual(
self.reload(self.p).money, self.INITIAL_MONEY - po.get_cost())
def test_sabotage_interception(self):
"""
Intercepted sabotage does not change corporation assets
"""
begin_assets = self.so.target_corporation.assets
po = ProtectionOrder(
player=self.p,
protected_corporation=self.c,
defense=ProtectionOrder.SABOTAGE,
hidden_percents=10,
)
po.clean()
po.save()
self.so.additional_percents = 10
self.so.save()
self.so.resolve()
self.assertEqual(
self.reload(self.so.target_corporation).assets, begin_assets)
def test_datasteal_interception(self):
"""
Intercepted datasteal should not change corporation assets.
"""
begin_assets_stealer = self.dso.stealer_corporation.assets
po = ProtectionOrder(player=self.p,
protected_corporation=self.c,
defense=ProtectionOrder.DATASTEAL)
po.clean()
po.save()
po.additional_percents = 10
po.save()
self.dso.additional_percents = 10
self.dso.save()
self.dso.resolve()
self.assertEqual(
self.reload(self.dso.stealer_corporation).assets,
begin_assets_stealer)